While Lin Chen was talking, the projection screen behind him instantly switched to a test video. Several mobile phones appeared on the test video.
They are Sugon S2 smartphone, Sugon F2 mobile phone, Rice F1 mobile phone, Nogeia 5300 mobile phone with the trademark worn off, and Motorola S1 mobile phone with the trademark worn off.
Compared with the previous test videos, this test video has two new test options. These two new test options are walking shooting and running shooting tests!
In response, when all the tests were completed, the nearly 20,000 spectators and reporters at the scene were all stunned and couldn't help but exclaimed, calling this unscientific!
Because the effect of holding a mobile phone to take photos while walking and running, as well as walking videos and running videos, is so obvious that it is like the sky and the earth. How can they not call this unscientific? !
The reason why there is such an amazing contrast effect is because whether it is a Sugon F2 mobile phone, a Nokia 5300 mobile phone or a Motorola S1 mobile phone, it is almost a blur when they are walking and shooting.
Even the walking shooting performance was so poor, and the subsequent running shooting was even more blurry. The captured pictures were simply unbearable to watch, and it was completely unclear what was captured.
Among these, the only thing that these mobile phones perform well is video shooting. When shooting video, they can at least distinguish whether it is on the street, on the grass, or indoors.
As for what you want to know more clearly?
Gone!
After all, these mobile phones do not have optical image stabilization technology, not to mention EIS electronic image stabilization technology. Under such circumstances, how can the performance not be bad when faced with the two hellish tests of walking and running shooting.
Of course, the reason why this effect is too obvious is also caused by the generally weak performance of current mobile phone processors and the lack of EIS electronic anti-shake function.
If they had an EIS electronic image stabilization function, the performance might be slightly better at this time!
But it is a pity that none of these mobile phones have EIS electronic anti-shake function, whether it is Sugon F2, Nokia 5300 mobile phone or Motorola S1 mobile phone.
After all, it was only in the past year or two that mobile phone lenses were officially adopted on a large scale. In this case, except for the Sugon S2 smartphone, it is normal for all mobile phones to have poor anti-shake performance.
"This unscientific!"
"This is amazing!"
"This is amazing. Is this five-axis anti-shake technology? It's so stable when taking photos."
“Yes, we used to have to stop still when taking photos, otherwise the photos would be blurry.
But now everything is different. With the Sugon S2 smartphone that supports five-axis anti-shake technology, we can now take pictures directly with our mobile phones. "
“Indeed, but what I like most is the anti-shake function of video recording. Compared with other mobile phones that produce blurry images when recording walking and running, Sugon S2 smartphone video recording is as stable as an old dog.
Especially when recording a running video, the mobile phone video screen only shakes slightly. If you don't pay attention, you will definitely think that you are recording while walking, not running.
I can only say that the effect of the five-axis anti-shake technology is so powerful and amazing that it is simply unscientific. "
"Haha... From now on, we no longer have to click several times in succession to take one photo at a time, and then select the clearest photo.
From now on, we only need to click once to take pictures with our mobile phones. This undoubtedly greatly improves the efficiency of taking pictures and saves a lot of time in deleting photos. This is really a revolutionary innovation.
At this point I just want to say that I love Sugon Technology’s optical image stabilization technology. From now on, any mobile phone without optical image stabilization technology cannot be called a high-end mobile phone. "...
The scene was immersed in a feverish discussion. People were very satisfied, surprised and even enthusiastic about the optical image stabilization performance of Sugon S2 smartphone!
After all, the two optical image stabilization technologies developed by Sugon Technology are simply a killer in this era.
Among them, EIS electronic anti-shake technology was considered ordinary in the previous life and was a popular technology built directly into mobile phones. However, it is an unprecedented innovation in mobile phones in this era. Other mobile phones do not have EIS electronic anti-shake technology.
As for the other sensor-displacement five-axis anti-shake technology, it is definitely Sugon Technology’s unique innovative technology. It is a super black technology that will be black technology even in 2023!
First of all, this sensor-displacement five-axis anti-shake technology is fundamentally derived from the two-axis sensor-displacement anti-shake technology on the iPhone E 13 mobile phone!
When Lin Chen originally wanted to develop sensor-displacement five-axis anti-shake technology, he also directly drew the structural drawings of the two-axis sensor-displacement anti-shake technology of the iPhone E 13 mobile phone.
Then the design structure drawings of the two-axis sensor displacement anti-shake technology were submitted to a number of academicians for joint research. It finally took several days to come up with the design of the sensor displacement five-axis anti-shake technology with five-axis anti-shake function. Structural drawings.
Of course, having the design structure drawings is only the first step. This first step is equivalent to knowing how to build an atomic bomb and knowing the structure of the atomic bomb, but how to actually build it is another matter.
Therefore, Lin Chen's next work is actually not easy. It can be called a painstaking research and development journey.
Lin Chen, who had the design structure drawings, also burned almost tens of billions of dollars worth of equipment and materials in the virtual laboratory, and built several special processing and production equipment with different functions, and finally succeeded in turning the design structure drawings into Became a real thing.
In this case, Sugon Technology's sensor-shift five-axis anti-shake technology with five-axis anti-shake is naturally stronger than the iPhone E13 mobile phone with only two-axis anti-shake!
"How on earth did they do it?"
"Why does Shuguang Technology have so many black technologies?!"
"How long will it take for us to develop optical image stabilization technology with the same technical level?"
At this time, these three appeared in the minds of the three presidents of Nokia, Motorola, and Sanxing Electronics, and also appeared in the minds of other presidents of mobile phone peers around the world.
They first felt panic, headache, anxiety, and despair. Finally, they just wanted to know how long it would take to develop optical image stabilization technology with the same level?
However, no one at the scene answered their questions, and they could only continue to be desperate and confused.
However, the presidents at this time knew that they wanted to develop optical image stabilization technology comparable to Sugon Technology, which would definitely take a lot of time, energy, money, etc.
After all, according to the behavior of global technology companies, when Sugon Technology comes up with a product, it must register a lot of useful and useless patents around the product to form a patent wall to prevent others from bypassing the patents and competing with itself for market share.
(End of chapter)
